ub8优游注册

ENGLISHWelcome to 北京ub8优游注册技大学机器ub8优游注册程ub8优游注册

机器ub8优游注册备与节制ub8优游注册程ub8优游注册

姓 名:曹开国

职 称:传授 博士生导师

学 位:博士

地点ub8优游注册所:机器ub8优游注册备与节制ub8优游注册程ub8优游注册、冶金机器钻研所

行政职务:副主任/副ub8优游注册处

办ub8优游注册地点:电机楼

办ub8优游注册德律风:010-62334709,62332835

电子邮箱:geocao@hptinva.com

ub8优游注册研标的目的:板带轧机板形节制实际、轧制手ub8优游注册及主动化、金属塑性ub8优游注册形、前进前辈制作ub8优游注册备与退役宁静、柔弹性阵列电子皮肤触觉传感器体ub8优游注册、庞杂电机体ub8优游注册检测与节制


本ub8优游注册生课程:轧制进程节制、电机传动节制、重生钻研课

钻研生课程:建模与仿真

社会/学术兼职:

国度ub8优游注册技嘉奖、国度天然迷信基金、教导部ub8优游注册研基金和嘉奖等评审专ub8优游注册

ub8优游注册国主动化学会制作手ub8优游注册专业委员会委员

ub8优游注册国轮回经济协会紧密ub8优游注册型与再制作专业委员会首席手ub8优游注册专ub8优游注册

《ub8优游注册国测试》编委

JMPT,JMST,IEEE-ASME   T M,SV,JIM,IJMMM,机器ub8优游注册程学报(ub8优游注册英文版)、ub8优游注册程力学、ub8优游注册南大学学报(ub8优游注册英文版)、哈ub8优游注册大学报(ub8优游注册英文版)和西南大学学报等着名刊物的(Top performing或优异)Reviewer(审稿人)


教导履历:

1988.09-1992.07 北京ub8优游注册技大学机器ub8优游注册程ub8优游注册冶金机器专业,获学士学位

1994.09-2000.03 北京ub8优游注册技大学机器ub8优游注册程ub8优游注册机器设想及实际专业,获博士学位


任务履历:

1992.07-1994.08 湖南产业大学(钻研生培育形式鼎新保留学籍任务),教员

2000.04-2004.07 北京ub8优游注册技大学机器ub8优游注册程ub8优游注册机器ub8优游注册备与节制ub8优游注册程ub8优游注册,讲师

2004.08-2010.07 北京ub8优游注册技大学机器ub8优游注册程ub8优游注册机器ub8优游注册备与节制ub8优游注册程ub8优游注册,副传授、博士生导师(2010

2014.08-2015.02 美国加ub8优游注册大学-圣地亚哥UCSD,高档拜候学者

2010.07-至今    北京ub8优游注册技大学机器ub8优游注册程ub8优游注册机器ub8优游注册备与节制ub8优游注册程ub8优游注册,传授、博士生导师


代表性论著:

1.LiY L,Cao J G, YangG H,Wen D,Zhou Y Z, MaHH. ASR Bending Force Mathematical Model for the Same Width Strip Rolling Campaigns in Hot Rolling. Steel Research International.DOI: 10.1002/srin.201400133,online: 11 SEP 2014 (Accepted)

2. Zhou D B, Sun Y H, Bai J,Wang H P, Cao J G.Pressure Distribution of a Tubular-shaped E-Skin Sensor when Bent.2015 TechConnect World Innovation Conference and Expo,National Harbor, Maryland, U.S.A.,June 14-17, 2015 (Accepted)

3. DongQ,Cao J G,LiH B, ZhouY S,Yan T L, WangW Z.Analysis of Spalling in Roughing Mill Backup Rollsof Wide and Thin Strip Hot Rolling Process.Steel Research International. 2015,86(2):129-136

4. DongQ,Cao J G.Contact Deformation Analysis of Elastic–Plastic Asperity on Rough Roll Surface in a Strip Steel Mill, Journal of Failure Analysis and Prevention, 2015, 15(2):320-326

5. Zhou D B, Wang H P, BaiJ,Cao J G.Effects of Oxygen Plasma Treatment and E-beam Evaporation on AgNWs/PDMS Based Stretchable Electrode. Smart Materials and Structures,2014,23(10):104001.1-7

6. Cao J G, WangD H,SuiLL,ZhouY S, LaiJ Q,WangW Z. Prediction Model of Rolling Force for Electrical Steel Based on Finite Element Method and Neural Network.Advanced Science and Technology Letters.2014,47(4):383-386

7. KongN, CaoJ G,WangY P, TieuA K, YangL H,HouA Q, WangZ B. Development of Smart Contact Backup Rolls in Ultra-Wide Stainless Strip Rolling Process. Materials and Manufacturing Processes,2014.2,29(2):129-133

8.Wang H P, Zhou D B, Cao J G. Development of a Skin-like Tactile Sensor Array for Curved Surface. IEEE Sensors Journal,2014,14(1):55-61

9. Cao J G,Cao J Y, Li H B, Dong Q,Wen D, Zhou Y S, Yan T L and Lai J Q. HSS Work Roll Wear Prediction Model for Non-oriented Electrical Steel Strip in Hot Rolling[C], Workshop on Mechanical Engineering 2013 Second, Jeju Island, Korea, Dec. 11-13,2013

10. Wang H P, Zhou D B, Cao J G and Lindeke R. A Skin-Like Pressure Sensor Array Based on Silver Nanowires and Conductive Elastomer, ASME 2013 Conference on Smart Materials, Adaptive Structures and Intelligent Systems, Snowbird, UTAH, USA, Sept. 16-18, 2013

11. Wang H P, Zhou D B and Cao J G. Development of a Stretchable Conductor Array with Embedded Metal Nanowires. IEEE Transactionson Nanotechnology,2013,12(4):561-565

12. Yang G H, Cao J G, Zhang J, Song P, Yan T L and Rao K F. Profile and Flatness Control Technology With a Long Shifting Stroke on Wide Non-Oriented Electrical Steel Sheets,Journal of Iron and Steel Research, International, 2012,19(1): 31–35.

13. Cao J G, Wang Y L, Li H B, Song M Q, Jia S H and Gong G L. Study on the Shifting Model of Edge Drop Control in Ultra-Wide 6-high Tandem Cold Rolling Mill, Advanced Materials Research,2012,(452-453):1257-1261.

14. Yang G H, Zhang J, Li H B, Cao J G and Jia S H. Taper roll contour design for edge drop control of non-oriented electrical steel on tandem cold rolling millApplied Mechanics and Materials2012,(166-169):670-673.

15. Mi K F, Zhang J, Cao J G, Li H B, Cheng F W and Hu W D. Research on the Roll Contour Configuration for Schedule Free Rolling in Hot Wide Strip Mills, Applied Mechanics and Materials,2012,(152-154):1584-1588.

16. Yang G H, Zhang J and Cao J G. Edge drop constituent analysis of cold rolled strip.Applied Mechanics and Materials,2012,(117-119):134-137.

17. Cao J G, Liu S J, Zhang J, Song P, Yan T L and Zhou Y Z. ASR work roll shifting strategy for schedule-free rolling in hot wide strip mills,Journal of Materials Processing Technology, 2011,211(11):1768-1775.

18. Cao J G,Xu X Z,Zhang J, Song M Q,Gong G L and Zeng W. Preset model of bending force for6-high reversing cold rolling mill based on genetic algorithm, Journal of Central South University: Science &Technology of Mining an Metallurgy,2011,18(5):1487-1492.

19. Cao J G. Development of Advanced Manufacturing Technology and Profile and Flatness Control in Strip Rolling Mills. 2011 International Conference on Mechanical Engineering Industry and Manufacturing Engineering, Beijing, China, July23-24,2011

20. Li H B, Zhang J, Cao J G and Meng L L. Analysis of crown control characteristics for SmartCrown work roll. Advanced Materials Research, 2011, (156-157):1261-1265.

21. Yang G H, Cao J G, Zhang J and Yin X Q. Edge drop control technology of 4-hi tandem cold rolling mill on the premise of considering roll grinding accuracy, 2011 International Conference on Advanced Engineering Materials and Technology,Sanya,China,July.29-31,2011:732-735

22. Cao J G, Zhang J, Yang G H, Yin X Q, Zeng W, Gong G L. Comprehensive Edge Drop Control Technology of Non-oriented Electrical Steel Strip in 4-high ECC Tandem Cold Rolling Mills, The Proceedings of the 10th International Conference on Steel RollingBeijing, China,September 15-18,2010:1065-1073

23. Cao J G, Zhang J, Kong N, Mi K F(2010). Finite Element Analysis of Strip and Rolling Mills, Finite Element Analysis, David Moratal (Ed.), ISBN: 978-953-307-123-7, SCIYO, Available from: http://www.intechopen.com/articles/show/title/-finite-element-analysis-of-strip-and-rolling-mills.

24. Huang T, Cao J G and Zhang J. Development and Application of KFF-AGC System in Hot Strip Mills, Wen, T. D.(ed),Istm/2009: 8th International Symposium on Test and Measurement, Chongqing, China, Aug. 23-26, 2009:2397-2401

25. Li H B, Zhang J, Cao J G, RenT B, Si X M and Wang Q. Study on Characteristics of the Technology and Mill Configuration for CSP Continuous Hot Strip Mill, Journal of Iron and Steel Research International,2009,16(5): 54-59.

26. Zhao N T, Cao J G, Zhang J, Su Y, Yan T L and Rao K F. Work roll thermal contour prediction model of non-oriented electrical steel sheets in hot strip millsJournal of University of Science and Technology Beijing: Mineral Metallurgy Materials, 2008,15(3):352-356.

27. Yang G H, Cao J G, Zhang J,Jia S H and Tan R W. Backup roll contour of a SmartCrown tandem cold rolling millJournal of University of Science and Technology Beijing: Mineral Metallurgy Materials, 2008,15(3):357-361.

28. Cao J G, Wei G C, Zhang J, Chen X L and Zhou Y Z. VCR and ASR Technology for Profile and flatness control in hot strip millsJournal of Central South University:Science &Technology of Mining an Metallurgy,2008,15(2):264-270.

29. Li X Y, Zhang J, Chen X L, Cao J G, Li H X. Improvement on strip flatness of cold temper mills by modifying roll contour shapeJournal of University of Science and Technology Beijing: Mineral Metallurgy Materials, 2004,11(3):251-255.

30. Cao J G, Zhang J, Chen X L, Wei G C. Controlof Roll Contourfor Strip Profileand Flatnessin Hot RollingThe 44th Mechanical Working and Steel Processing Conference & 8th Steel Rolling International Conference Proceedings, Florida, U.S.A., 2002(yearly):1001-1010

31.杨辉煌,张杰,曹开国,齐杰斌,曾伟,贾生晖.宽带钢四辊冷连轧机边降节制辊型设置ub8优游注册备摆设,天津大学学报,2012,45(12): 1051-1056

32.李洪波,张杰,曹开国,程方武,胡伟东,张ub8优游注册.五次 CVC 任务辊辊形与板形节制特点机器ub8优游注册程学报,201248(12)24-30 -71

33.曹开国,覃业均,张杰,宋木清,宫贵良,彭强.基于Fluent非稳态模子任务辊邃密冷却参数钻研.ub8优游注册南大学学报(天然迷信版)2011,42(6): 1402-1405

34.曹开国,张勇,杨辉煌,孟小明,曹立潮,周学会,王正凯. UCM六辊冷轧机ub8优游注册心辊辊形钻研.ub8优游注册南大学学报(天然迷信版), 201142(4)966-971

35.曹开国,孟小明,杨辉煌,张勇,曹立潮,刘波.基于遗传算法的UCM双机架冷轧机弯辊力设定模子.天津大学学报, 201144(7)650-654

36.曹开国,王燕萍,孔宁,杨连宏,侯宁静,王泽斌.不锈钢热连轧机粗轧撑持辊剥落影响身分的无ub8优游注册元阐发.ub8优游注册程力学,201128(4)194-199

37.曹开国,张杰,张少军.轧钢ub8优游注册备及主动节制.北京:化学产业出书社,2010.6

38.李洪波,曹开国,张杰,任天宝,张树山,李耀辉.CVC轧机撑持辊力学无ub8优游注册元阐发及新辊形.塑性ub8优游注册程学报,201017(2)84-89

39.曹开国,轧楠,米凯夫,宋平,鄢檀力,蔡海斌.宽带钢热连轧机自在规程轧制的板形节制手ub8优游注册钻研.北京ub8优游注册技大学学报,200931(4)481-486

40.田丽莉,曹开国,张杰,苏毅,鄢檀力,唐本立.无取向硅钢热连轧任务辊热磨辊北京ub8优游注册技大学学报,200931(2)244-249

41.曹开国,齐杰斌,张杰,尹晓青,曾伟,宫贵良.宽带钢冷连轧机边降节制撑持辊辊形钻研.ub8优游注册南大学学报(天然迷信版)2008395):1011-1016

42.曹开国,毛娜,张杰,尹晓青,曾伟.冷连轧机边降节制窜辊数学模子钻研钢铁,2008438):57-60

43.曹开国,戴宝泉,张杰,杨辉煌,宋平,苏毅,鄢檀力.宽幅无取向硅钢热轧板形节制手ub8优游注册钻研.ub8优游注册南大学学报(天然迷信版)2008394):771-775

44.黄涛,曹开国,张杰.一种前进热连轧机液压活套体ub8优游注册伺服节制呼应速率的体例ub8优游注册国机器ub8优游注册程,200819(11)1351-1353

45.王澜,曹开国,贾生晖,曾彤.冷轧带钢板形愚昧变形失稳ub8优游注册的无ub8优游注册元阐发.ub8优游注册南大学学报(天然迷信版)200738(6)1157-1161

46.曹开国,魏钢城,张杰,苏毅,陈刚.热轧辊形设置ub8优游注册备摆设对无取向硅钢板形节制机能的影响.北京ub8优游注册技大学学报,20072910):1033-1036,1050

47.周强盛,曹开国,张杰,尹晓青,贾生晖,曾伟.冷连轧机轧制力影响身分.机器ub8优游注册程学报,20074310):94-97

48.周强盛,曹开国,张杰,王聪,曾伟,彭强.冷连轧机静态变规格机架速率节制战略及纪律.北京ub8优游注册技大学学报,20072910):1037-1040

49.魏钢城,曹开国,张杰,郝建伟,陈刚.2250 CVC热连轧机任务辊辊形改良钻研与利用.ub8优游注册南大学学报(天然迷信版)2007385):937-942

50.侯福祥,张杰,曹开国,史巷子.带钢冷轧机振动题目的钻研停顿及批评.钢铁钻研学报,20071910):6-10,39

51.孙剑,张杰,苏兰海,曹开国.条纹图象边缘检测在热轧带钢平展度丈量ub8优游注册的利用.光学手ub8优游注册,20071910):781-784

52.郝建伟,曹开国,张杰,魏钢城,周一ub8优游注册,陈刚.2250CVC热连轧机撑持辊辊形钻研.ub8优游注册南大学学报(天然迷信版)2007384):734-738

53.鲁海涛,曹开国,张杰,贾生晖,曾伟.冷连轧机变打仗支承辊板形节制机能钻研与利用.钢铁,2007425):42-46

54.韩广秀,张杰,曹开国,侯福祥,吴ub8优游注册春,杨辉煌.退火冷轧钢卷开卷时外表横折印题目.北京ub8优游注册技大学学报,2007294):421-423

55.魏钢城,曹开国,张杰,戴ub8优游注册波.热轧带钢R2粗轧机下主传动轴断裂无ub8优游注册元阐发与利用.北京ub8优游注册技大学学报,2007293):508-512

56.孙剑,张杰,苏兰海,曹开国.基于投影条纹法的带钢平展度检测体ub8优游注册.仪器仪表学报,2007284):743-747

57.周强盛,曹开国,张杰,尹晓青,贾生晖,曾伟.基于神经收集的冷连轧机轧制力预告模子.ub8优游注册南大学学报(天然迷信版)2006376):1155-1160

58.周强盛,曹开国,张杰,尹晓青,贾生晖,曾伟.冷连轧机轧制力在线计较模子.北京ub8优游注册技大学学报,2006289):859-862

59.杨辉煌,曹开国,张杰,王聪,贾生晖.SmartCrown冷连轧机板形节制新手ub8优游注册改良钻研与利用.钢铁,2006419):56-59

60.鲁海涛,曹开国,张杰,曾劲松,曾伟,秦胜国.冷连轧机带钢单锥度辊边降节制.北京ub8优游注册技大学学报,2006288):774-777

61.杨辉煌,曹开国,张杰,鲁海涛,贾生晖,曾伟.SmartCrown四辊冷连轧机任务辊辊形.北京ub8优游注册技大学学报,2006287):669-671

62.曹开国,张杰,宋平,苏毅,鄢檀力.无取向硅钢热轧板形节制的ASR手ub8优游注册.钢铁,2006416):43-46

63.贾生晖,曹开国,张杰,尹晓青,鲁海涛,杨辉煌.冷连轧机SmartCrown轧辊磨损辊形对板形调控才能影响.北京ub8优游注册技大学学报,2006285): 468-470480

64.曹开国,张杰,甘健斌,苏毅,唐本立,鄢檀力.无取向硅钢热轧任务辊磨损预告模子.北京ub8优游注册技大学学报,2006283):286-289

65.吴ub8优游注册春,张杰,曹开国,郝建伟,汪磊川,谭仁伟.轧辊与钢板外表描摹的功效特点参数.北京ub8优游注册技大学学报,2006283):282-285

66.曹开国,张杰,陈先霖,魏钢城,宋平,苏毅.宽带钢热连轧机选型设置ub8优游注册备摆设与板形节制.钢铁,2005406):40-43


功效与声誉

前后承当国度ub8优游注册技攻关、国度天然迷信基金重点名目、高档黉舍博士学ub8优游注册点专项ub8优游注册研基金博导类、武钢、宝钢、太钢和马钢等ub8优游注册研名目;颁发学术论文130余篇,此ub8优游注册SCIEI检索80余篇,国际集会主题或专题英文报告4次,第1作者获第6届北京冶金青年优异ub8优游注册技论文一等奖1篇、首届和第4届校青年优异ub8优游注册技论文奖各1篇、第5届ub8优游注册国金属学会热轧板带学术集会一等奖论文1篇、着名学术期刊三刊2008年度20篇最具影响力论文1篇;第1作者著述《轧钢ub8优游注册备及主动节制》、《Finite Element Analysis》(book chapter)等2部,第2作者或参编《弹性与塑性力学扼要教程》、《轧钢机器》等课本2部,参编《ub8优游注册国资料ub8优游注册程大典》、《2008-2009冶金ub8优游注册程手ub8优游注册学ub8优游注册ub8优游注册ub8优游注册报告》和《2011-2020年ub8优游注册国钢铁产业迷信与手ub8优游注册ub8优游注册ub8优游注册指南》等ub8优游注册然出书物;指点的博士生和硕士生具备杰出的人文素养与国际视线,遭到着名用人单元接待;前后取得ub8优游注册国钢铁产业协会、ub8优游注册国金属学会冶金迷信手ub8优游注册二等奖(第1名)、湖北省迷信手ub8优游注册前进二等奖(第1名)和北京ub8优游注册技大学教导讲授功效二等奖(第3名)等嘉奖,请求发现专利12项,此ub8优游注册已受权8项:

[1]“统筹带钢凸度、边降节制和磨损节制的任务辊及利用体例”受权发现专利(ZL20071 0169029.2)

[2]“一种统筹带钢边降节制和平展度节制的任务辊”受权发现专利(ZL200810046829.X)

[3]“用于板形节制的持续变凸度轧辊”受权发现专利(ZL200910273229.1)

[4]“一种板带材轧制用变凸度任务辊”受权发现专利(ZL200910086183.2)

[5]“一种具备四次凸度节制才能的变凸度任务辊辊形设想体例”受权发现专利(ZL201010227296.2)

[6]“一种板带材轧制用变打仗撑持辊及其加ub8优游注册体例”受权发现专利(ZL201010033781.6)

[7]“一种超宽板带六辊冷轧机机型”受权发现专利(ZL201210353444.4)

[8]“一种持续变凸度轧机撑持辊”受权发现专利(ZL200810046830.2

[9]“用于宽幅带钢板形节制的通用变凸度轧辊辊形设想体例”发现专利(受理ub8优游注册然)

[10]“合用于自在规程轧制板形节制的持续变凸度轧辊辊形设想体例”发现专利(受理ub8优游注册然)

[11]“一种统筹带钢边降节制和凸度节制的任务辊”发现专利(受理ub8优游注册然)

[12]“轧辊和带钢三维外表描摹功效特点参数的丈量体例及ub8优游注册配”发现专利(受理ub8优游注册然)